Students Going 'Smart Pills' to Kick Grades

In hopes of obtaining a similar advantage, some young people from here, from high school students to high school students, use "smart medicines" to help them improve the last moment. Students up to 16 years of age purchase and take medications such as modafinil for better examination qualifications.

And they find it easier to get these medications. Some students share them with their peers. It is also possible to get medications on online platforms, such as Carousel, and courier services such as Telegram.

Some providers offer free samples, delivery services and even promotions at school. A blister of 10 pills can cost between $ 15 and $ 35, depending on the power.

These drugs, which are used to treat disorders such as excessive daytime sleepiness or conditions such as Attention Deficit Hyperactivity Disorder (ADHD), are promoted to increase concentration, decision-making, and power of Memory in Healthy People

A website selling a prostitute - used in the treatment of people with narcolepsy and other sleep disorders - refers to Singapore students "unhappy as part of the solid education program." This adds that, with modesty, students can "study for less time". The seller stated that his youngest buyer was at Secondary 4.

Modified pills are sold under names like Modalert and Modvigil. A pill, which costs about $ 1.50, can prevent a person from catching up for hours. Other cognitive enhancers include methylphenidate, which is incorporated into formulas such as Ritalin and is used to treat ADHD and narcolepsy.

Observers believe that many students abuse "drug trafficking". Dr. Lim Boon Leng, a private psychiatrist, said that many students who did not have clinical conditions requiring treatment approached doctors to get medication. He said it is dangerous to buy these street drugs or the Internet and use it unsupervised.

Some studies show that these recognizable enhancers can produce mental success in normal people, but it can also cause effects such as heart disease, severe skin rashes, headaches, abortion, breathing, and insomnia.

Psychologist Daniel Koh of Mental Center Insights said that lack of rest can slow reaction time, affect mood and immune system, or cause a breakdown. "The body and the mind cannot be constantly stimulated and cannot be relaxed," he said.

Dr. Thomas Lee of the Resilienz Clinic has found a handful of students over the years who have admitted the storage of methylphenidate for examinations. Methylphenidate is classified as a controlled substance under the law for addiction.

Dr. Lee said, "They claimed they were taking medication every day, but they secretly accumulated the supplies that were made during the exams and tests. Sometimes they shared it or provided it to their friends."

In a joint response to methylphenidate, the Health Science Authority (HSA) and the Central Bureau of Narcotic Drugs stated that the drug containing the substance must be registered in the HSA and cannot be prescribed by a registered physician.

"Prior approval of HSA is required for each import of therapeutic products containing controlled drugs," they added.

Anyone who imports or supplies, without consent, a methylphenidate sanitary product, may be imprisoned for two years and/or a fine of $ 50,000.

Modafinil, although it is not a controlled substance, has not registered to use it as a therapeutic product here, said HSA. Indicates that, in the case of an unauthorized sale, a person may be fined with 50,000 and/or imprisonment for two years.

Denise Phua, Denise Phua, Denise Phua, Denise Phua, who heads the Parliamentary Education Committee of the Government, encourages students to avoid using these drugs to improve their studies.

"It is prudent to stay in natural strategies like the right sleep, proper diet, physical exercise and good study skills, methods that have been tested and supported," he said.

Ritalin Use for ADHD Affects Adult Brain in Childhood

Attention deficit/hyperactivity disorder (ADHD) is characterized by symptoms of hyperactivity and difficulty with attention and control. The disease, which affects about 7.2% of the world's population, has a major influence on daily functions. Prevalence has increased dramatically over the past decade, affecting not only children but also adolescents and adults.

The main treatment for ADHD is the use of stimulants such as methylphenidate, more commonly known as Ritalin. Stimulants targeting dopamine in the brain have a good record to alleviate the symptoms of ADHD. The safety of Ritalin and other incentives have been widely studied, but the long-term effects remain unclear. This is especially important for patients with ADHD because the brain continues to develop during childhood and adolescence when the disorder is usually diagnosed.

GABA, or Υ-aminobutyric acid, is a neurotransmitter inhibitor involved in the pathophysiology of ADHD. The main problem in children with ADHD is inhibitory control, associated with GABA levels in the brain. Preclinical and clinical studies have shown that lower concentrations of GABA in a specific region of the brain called the prefrontal cortex in ADHD. This area of the brain is essential to inhibitory control and is also one of the last areas that are developing.


To assess the long-term effects of brain stimulating therapy, Solleveld and colleagues at the University of Amsterdam used brain scans to study GABA levels in adult patients with ADHD. The study, published in NeuroImage: Clinical, consisted of 44 men with ADHD between 23 and 40 years, divided into three groups. The first group was an early stimulant treatment group, made up of patients who had used stimulants before 16 years of age when the brain continues to develop. The other was a late stimulation group composed of patients who first used stimulants after 23 years when brain development is usually completed. The final group consisted of patients with ADHD who had never used stimulants. All participants reviewed a baseline analysis. Some participants also received oral administration of Ritalin 5 minutes after initial brain analysis followed by another 90 minutes later.
The researchers found that at the base before the administration of Ritalin, the stimulating group had started lower levels of GABA in the prefrontal cortex than the group in a stimulant, suggesting that the use of stimulants in childhood in a truly chemical way affects the brain of adulthood. In addition, only the initial stimulus group after Ritalin administration showed an increase in GABA levels.

Together, these findings show that lifelike stimulants when the brain is still developing may change brain chemistry, particularly the GABA system in the prefrontal cortex. The authors note: "The results of our study show that stimulants have different effects when it comes to developing mature brain." Additionally, further studies are needed to investigate the possible consequences of these inferior levels of GABA on cognitive and behavioral ADHD results.

Scientific Doping with Ritalin

The notions of incorporating machines into our bodies or using genetic engineering to alter our DNA have been fundamental to science fiction, comics and popular philosophy for many years.

There is, how

Never, a world in which human development is currently under way and, although not exactly secret, exceeds the daily knowledge of most people.

The drug ban is "scientific censorship", says the document

While our exposure to ideas of becoming "more than human" could be limited to seeing the drama of human cloning Orphan Black on Netflix, progress in this area is occurring everywhere. Massive steps in organs and tissues of transplantation, whether from one person to another, from artificial organs or animals, revolutionize medicine.

The synthetic parts of the body and advanced robotic prostheses help transform the lives of amputees, people with congenital defects and other people suffering from various diseases or medical problems.

However, public, political, religious groups and political decision-makers continue to take into account the enormous advances in medicine that can not cope with these big problems as quickly as science evolves. Our moral sense in issues such as stem cell research does not adapt as quickly as science needs it. Medicine, philosophy and society in general will have to face the idea of ​​perfectly healthy people who require amputations so that they can have advanced prostheses equipped. When experienced cybernetic implants arrive, doctors will have to re-examine the vote that did not cause them harm that guided them for millennia.